Millimeter-Wave mMIMO-NOMA Communication System Design in a Complex Blocking Environment

Millimeter-Wave mMIMO-NOMA Communication System Design in a Complex Blocking Environment
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复杂阻塞环境下的毫米波 mMIMO-NOMA 通信系统设计

DOI:
10.1109/mnet.001.2100757
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发表时间:
2022-07
期刊:
影响因子:
9.3
通讯作者:
Zhao Feng
Zhao Feng
中科院分区:
计算机科学2区
文献类型:
--
作者:
Liu Peng;Zhao Feng

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超高数据速率和海量连接的需求引发了爆发式的流量需求,给5G无线通信带来了新的挑战,也因此推动了毫米波mMIMO-NOMA通信网络的蓬勃发展。为了科普城市中复杂的阻塞环境,面对多径效应、阴影衰落、移动性管理等挑战,毫米波mMIMO-NOMA通信网络下的可靠传输研究成为研究的热点。本文首先介绍了毫米波mMIMO-NOMA通信网络的基本理论,分析了毫米波mMIMO-NOMA网络的关键技术和研究现状,并设计了复杂阻塞环境下的毫米波mMIMO-NOMA网络。随后,本文将帝王蝶算法和资源分配技术结合到复杂阻塞环境下的毫米波mMIMO-NOMA通信网络中,并展望了未来的发展趋势。
The requirements for ultra-high data rates and massive connections have triggered an explosive demand for traffic, brought new challenges to 5G wireless communications, and thus promoted the vigorous development of mmWave mMIMO-NOMA communication networks. To cope with the complex blocking environment in the city, facing the challenges of multipath effects, shadow fading, and mobility management, the research on reliable transmission under the mmWave mMIMO-NOMA communication network has become the focus of research. This article first introduces the fundamental theories in mmWave mMIMO-NOMA communication networks, analyzes the key technologies and research status of mmWave mMIMO-NOMA networks, and designs mmWave mMIMO-NOMA under complex blocking environments. Subsequently, this article combines the Monarch Butterfly algorithm and resource allocation technology into the mmWave mMIMO-NOMA communication network under the complex blocking environment and forward to the future development trend.
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